Zeolite relative term: carbon molecular sieve Interpretation

Carbon molecular sieve is a novel sorbent developed in the 1970s, and is an excellent material non-polar carbon, nitrogen carbon molecular sieve (Carbon 5a zeolite molecular sieves Sieves, CMS) for the separation of air enriched in nitrogen at room temperature using Low nitrogen technology, less investment costs, production of nitrogen faster than conventional high-pressure nitrogen cryogenic process has, nitrogen, and low cost. Therefore, it is currently the preferred engineering PSA (the PSA) nitrogen-enriched air separation adsorbents, such as nitrogen in the chemical industry, oil and gas industry, electronic industry, food industry, coal industry, pharmaceutical industry, the cable industry, metal heat treatment, transportation and storage and other aspects of a wide range of applications.
In the 1950s, along with the tide of the industrial revolution, more and more widespread application of carbon materials, activated zeolite powder including activated carbon applications
PSA nitrogen with carbon molecular sieve

oxygen therapy and oxygen care has an irreplaceable role and broad prospects for development

Appropriate oxygen, there microcirculation status, reducing the load of the respiratory system in order to maintain a certain oxygen partial pressure of alveolar gas necessary to reduce the amount 3a zeolite molecular sieves  of load in order to maintain cardiac arterial partial pressure of oxygen required for a certain effect. Thus in clinical medicine, preventive medicine, first aid medicine, geriatrics, activated zeolite powder rehabilitation and health care and medicine,zeolite desiccant oxygen therapy and oxygen care has an irreplaceable role and broad prospects for development.

the oxygen demand for small-scale, but also the use of PSA oxygen, including PSA and VPSA oxygen molecular sieve adsorbent oxygen process, working principle is the use of highly efficient nitrogen-oxygen separation adsorbent nitrogen adsorption certain time desorption regeneration, cyclical operation, the purpose of the two towers or more adsorption towers in parallel, to achieve continuous production of oxygen.